+++ git rev-parse --show-toplevel
++ WORKSPACE=/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16
+++ uname -a
++ [[ Linux reynolds-ubuntu16 4.4.0-210-generic #242-Ubuntu SMP Fri Apr 16 09:57:56 UTC 2021 x86_64 x86_64 x86_64 GNU/Linux == \D\a\r\w\i\n* ]]
+++ hostname
++ [[ reynolds-ubuntu16 == \r\e\y\n\o\l\d\s ]]
+++ hostname
++ [[ reynolds-ubuntu16 == \m\a\c\y\s* ]]
+++ hostname
++ [[ reynolds-ubuntu16 == \v\i\g\g\e\n* ]]
++ cmake -DBoost_NO_SYSTEM_PATHS=OFF -DXDIR_DEFAULT=ON -DUI_CAPSAIM=ON -DUI_OPENCSM_UDF=ON -DXML_BOOST_CHECK=ON -DUSE_LAPACK=ON -DUSE_COTIRE=OFF -DVERA_ERROR=ON -DUSE_CCACHE=ON -DCCACHE_MAX_SIZE=10G -DCCACHE_CONFIGPATH=/home/jenkins/SANS_ccache/builddir/release_gnu5/buildnode/reynolds-ubuntu16 /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16
_____ ___ _ _______
/ ___// | / | / / ___/
\__ \/ /| | / |/ /\__ \
___/ / ___ |/ /| /___/ /
/____/_/ |_/_/ |_//____/
Solution Adaptive Numerical Simulator
-- Could NOT find PkgConfig (missing: PKG_CONFIG_EXECUTABLE)
-- Boost version: 1.58.0
-- Found the following Boost libraries:
-- unit_test_framework
-- iostreams
-- filesystem
-- system
-- mpi
-- serialization
-- regex
-- Boost version: 1.58.0
-- Found the following Boost libraries:
-- unit_test_framework
-- iostreams
-- filesystem
-- system
-- mpi
-- serialization
-- python
-- regex
-- A library with BLAS API found.
-- Found Generic BLAS
-- Found cblas.h in /usr/include
-- Could NOT find AVRO (missing: AVRO_LIBRARY)
-- Could NOT find SEACAS (missing: SEACAS_LIBRARIES SEACAS_INCLUDE_DIRS)
-- Could NOT find AFLR (missing: AFLR_AFLR3_LIBRARY AFLR_ANBL3_LIBRARY AFLR_AFLR4_LIBRARY AFLR_AFLR2C_LIBRARY AFLR_BL1_LIBRARY AFLR_DGEOM_LIBRARY AFLR_REC3_LIBRARY AFLR_REC2_LIBRARY AFLR_DFTR3_LIBRARY AFLR_DFTR2_LIBRARY AFLR_ICE3_LIBRARY AFLR_ICE2_LIBRARY AFLR_OTB_LIBRARY AFLR_UG3_LIBRARY AFLR_UG2_LIBRARY AFLR_UG_LIBRARY AFLR_SURF_AUTO_LIBRARY AFLR_SURF_AUTO_CPP_LIBRARY AFLR_EGEN_LIBRARY AFLR_OTB_LIBRARY AFLR_QTB_LIBRARY AFLR_UG_MP_LIBRARY AFLR_UVMAP_LIBRARY AFLR_AFLR3_INCLUDE_DIR)
-- Please install kcachegrind for graphical profiling.
-- Please install massif-visualizer for graphical heap memory usage.
-- Cache Line Size CACHE_LINE_SIZE=64
=================================
!!!! WARNING !!!!
The following unit tests are not compiled:
LinearizedIncompressiblePotential3D_Trefftz_btest
LinearizedIncompressiblePotential3D_Circulation_btest
XField2D_SymAirfoil_X1_btest
XField2D_WakeSymAirfoil_X1_btest
---------------------------------
The list can be modified in CMakeLists.txt in
the SANS root directory
=================================
=================================
!!!! WARNING !!!!
The following toys are not compiled:
Solve2D_CG_NACA_IPTF_linearsolve_toy
Solve2D_CG_NACA_IPTF_toy
Solve2D_CG_NACA_LIP_toy
Solve2D_CG_NACABTE_IPTF_toy
---------------------------------
The list can be modified in CMakeLists.txt in
the SANS root directory
=================================
#############################################
#
# SANS configuration:
#
# CMAKE_BUILD_TYPE: Release
# CMAKE_INSTALL_PREFIX: /usr/local
# CMAKE_CXX_COMPILER name: GNU 5.5.0 on platform Linux x86_64
# CMAKE_CXX_COMPILER path: /usr/bin/g++-5
#
# CMAKE_CXX_IMPLICIT_INCLUDE_DIRECTORIES:
# /usr/include
#
# CMAKE_CXX_IMPLICIT_LINK_DIRECTORIES:
# /usr/lib/gcc/x86_64-linux-gnu/5
# /usr/lib/x86_64-linux-gnu /usr/lib /lib/x86_64-linux-gnu /lib
#
# Compiler flags used for this build:
#
# CMAKE_CXX_FLAGS: -Wall -Wextra -Wno-unused-parameter
# -Wunused-result -Winit-self -Wno-variadic-macros
# -Wno-strict-overflow -Wno-maybe-uninitialized -std=c++11
# -fstrict-aliasing -Wstrict-aliasing -pedantic -Wnon-virtual-dtor
# -fPIC -pthread
#
# CMAKE_CXX_FLAGS_RELEASE: -O3 -funroll-loops
#
# Required dependencies:
#
# EGADS -----------> Met with existing library:
# Include Directories:
# /home/jenkins/util/ESP/EngSketchPad/include
# Libraries:
# /home/jenkins/util/ESP/EngSketchPad/lib/libegads.so
#
# Boost -----------> Met with existing library:
# Include Directories:
# /usr/include
# Libraries:
# /usr/lib/x86_64-linux-gnu/libboost_unit_test_framework.so
# /usr/lib/x86_64-linux-gnu/libboost_iostreams.so
# /usr/lib/x86_64-linux-gnu/libboost_filesystem.so
# /usr/lib/x86_64-linux-gnu/libboost_system.so
# /usr/lib/x86_64-linux-gnu/libboost_mpi.so
# /usr/lib/x86_64-linux-gnu/libboost_serialization.so
# /usr/lib/x86_64-linux-gnu/libboost_python.so
# /usr/lib/x86_64-linux-gnu/libboost_regex.so
#
# PYTHON ----------> Met with existing library:
# Include Directories:
# /usr/include/python2.7
# Libraries:
# /usr/lib/x86_64-linux-gnu/libpython2.7.so
#
# NLOPT -----------> Met with existing library:
# Include Directories:
# /usr/include
# Libraries:
# /usr/lib/x86_64-linux-gnu/libnlopt.so
#
# SUITESPARSE -----> Met with existing library:
# Include Directories:
# /usr/include/suitesparse
# Libraries:
# /usr/lib/x86_64-linux-gnu/libumfpack.so
# /usr/lib/x86_64-linux-gnu/libamd.so
# /usr/lib/x86_64-linux-gnu/libcholmod.so
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# /usr/lib/x86_64-linux-gnu/libccolamd.so
# /usr/lib/x86_64-linux-gnu/libsuitesparseconfig.so
#
# BLAS ------------> Met with existing library:
# Include Directories:
# /usr/include
# Libraries:
# /usr/lib/libblas.so
#
# METIS -----------> Met with existing library:
# Include Directories:
# /usr/include
# Libraries:
# /usr/lib/x86_64-linux-gnu/libmetis.so
#
# PARMETIS --------> Met with existing library:
# Include Directories:
# /usr/include
# Libraries:
# /usr/lib/libparmetis.so
#
# Optional dependencies:
#
# AFLR ------------> OFF -- Could not find library.
#
# AVRO ------------> OFF -- Could not find library.
#
# CAPS ------------> ON. -- Met with existing library:
# Include Directories:
# /home/jenkins/util/ESP/EngSketchPad/include
# Libraries:
# /home/jenkins/util/ESP/EngSketchPad/lib/libaimUtil.a
# /home/jenkins/util/ESP/EngSketchPad/lib/libocsm.so
# /home/jenkins/util/ESP/EngSketchPad/lib/libudunits2.so
#
# LAPACK ----------> ON. -- Met with existing library:
# Libraries:
# /usr/lib/liblapack.so
#
# LAPACKE ---------> OFF.
#
# MKL -------------> OFF.
#
# PETSC -----------> ON. -- Met with existing library:
# Include Directories:
# /home/jenkins/util/PETSc/petsc/install_dir/include
# Libraries:
# /home/jenkins/util/PETSc/petsc/install_dir/lib/libpetsc.so
#
# REFINE ----------> OFF.
#
# SEACAS ----------> OFF -- Could not find library.
#
# TECIO -----------> OFF.
#
# TETGEN ----------> OFF.
#
# TRIANGLE --------> OFF.
#
# MPI -------------> ON. -- Met with existing library:
# Include Directories:
# /usr/lib/openmpi/include/openmpi/opal/mca/event/libevent2021/libevent
# /usr/lib/openmpi/include/openmpi/opal/mca/event/libevent2021/libevent/include
# /usr/lib/openmpi/include
# /usr/lib/openmpi/include/openmpi
# Libraries:
# /usr/lib/openmpi/lib/libmpi_cxx.so
# /usr/lib/openmpi/lib/libmpi.so
# mpiexec:
# /usr/bin/mpiexec
#
#############################################
-- Configuring done
-- Generating done
-- Build files have been written to: /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5
real 0m31.264s
user 0m20.904s
sys 0m8.556s
+ cp /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/scripts/jenkins/Makefile.parallel .
+ nproc=2
+ [[ release_gnu5 == *\i\n\t\e\l* ]]
+ [[ release_gnu5 == *\c\o\v\e\r\a\g\e* ]]
+ make -f Makefile.parallel depends
make libmeshb > libmeshb.out
make libmeshb
Built target libmeshb
real 0m18.344s
user 0m18.180s
sys 0m0.128s
real 0m21.755s
user 0m21.680s
sys 0m0.460s
+ make -j 2 -f Makefile.parallel headercheck
make gmshLib_headercheck > gmshLib_headercheck.out
make EGADSLib_headercheck > EGADSLib_headercheck.out
make DistanceLib_headercheck > DistanceLib_headercheck.out
make BlockLinAlgLib_headercheck > BlockLinAlgLib_headercheck.out
make PorousMediaLib_headercheck > PorousMediaLib_headercheck.out
make QuaternionLib_headercheck > QuaternionLib_headercheck.out
make ElementFieldLib_headercheck > ElementFieldLib_headercheck.out
make toolsLib_headercheck > toolsLib_headercheck.out
make pdeLib_headercheck > pdeLib_headercheck.out
make BasisFunctionLib_headercheck > BasisFunctionLib_headercheck.out
make AnalyticMetricLib_headercheck > AnalyticMetricLib_headercheck.out
make ArtificialViscosityLib_headercheck > ArtificialViscosityLib_headercheck.out
make ugridLib_headercheck > ugridLib_headercheck.out
make LorenzLib_headercheck > LorenzLib_headercheck.out
make EGTessLib_headercheck > EGTessLib_headercheck.out
make PanelMethodLib_headercheck > PanelMethodLib_headercheck.out
make EmbeddingLib_headercheck > EmbeddingLib_headercheck.out
make XFieldLib_headercheck > XFieldLib_headercheck.out
make SurrealLib_headercheck > SurrealLib_headercheck.out
make FullPotentialLib_headercheck > FullPotentialLib_headercheck.out
make PointwiseLib_headercheck > PointwiseLib_headercheck.out
make Discretization_headercheck > Discretization_headercheck.out
make FieldLib_headercheck > FieldLib_headercheck.out
make MPILib_headercheck > MPILib_headercheck.out
make RotorSource2DLib_headercheck > RotorSource2DLib_headercheck.out
make HSMLib_headercheck > HSMLib_headercheck.out
make MetricLib_headercheck > MetricLib_headercheck.out
make NSLib_headercheck > NSLib_headercheck.out
make SparseLinAlgLib_headercheck > SparseLinAlgLib_headercheck.out
make AdaptationLib_headercheck > AdaptationLib_headercheck.out
make sansBOOMLib_headercheck > sansBOOMLib_headercheck.out
make AdvectionDiffusionLib_headercheck > AdvectionDiffusionLib_headercheck.out
make CauchyRiemannLib_headercheck > CauchyRiemannLib_headercheck.out
make DenseLinAlgLib_headercheck > DenseLinAlgLib_headercheck.out
make TCNELib_headercheck > TCNELib_headercheck.out
make NDConvertLib_headercheck > NDConvertLib_headercheck.out
make libMeshbLib_headercheck > libMeshbLib_headercheck.out
make UnitGridsLib_headercheck > UnitGridsLib_headercheck.out
make PythonLib_headercheck > PythonLib_headercheck.out
make LIPSolverLib_headercheck > LIPSolverLib_headercheck.out
make BodyForceSolverLib_headercheck > BodyForceSolverLib_headercheck.out
make StokesLib_headercheck > StokesLib_headercheck.out
make FluentLib_headercheck > FluentLib_headercheck.out
make FieldCGLib_headercheck > FieldCGLib_headercheck.out
make FieldEGLib_headercheck > FieldEGLib_headercheck.out
make TopologyLib_headercheck > TopologyLib_headercheck.out
make pdeSensorLib_headercheck > pdeSensorLib_headercheck.out
make NonLinearSolverLib_headercheck > NonLinearSolverLib_headercheck.out
make FieldDGLib_headercheck > FieldDGLib_headercheck.out
make QuadratureLib_headercheck > QuadratureLib_headercheck.out
make ErrorEstimateLib_headercheck > ErrorEstimateLib_headercheck.out
make XField1DLib_headercheck > XField1DLib_headercheck.out
make AxisymmetricNSLib_headercheck > AxisymmetricNSLib_headercheck.out
make ContinuationLib_headercheck > ContinuationLib_headercheck.out
make ShallowWaterLib_headercheck > ShallowWaterLib_headercheck.out
make AnalyticFunctionLib_headercheck > AnalyticFunctionLib_headercheck.out
make OutputFunctionalLib_headercheck > OutputFunctionalLib_headercheck.out
make LinearAlgebraLib_headercheck > LinearAlgebraLib_headercheck.out
make XField3D_BF_CylDuctLib_headercheck > XField3D_BF_CylDuctLib_headercheck.out
make sansBOOM2DLib_headercheck > sansBOOM2DLib_headercheck.out
make IBL_Lib_headercheck > IBL_Lib_headercheck.out
make refineLib_headercheck > refineLib_headercheck.out
make DuctSolverLib_headercheck > DuctSolverLib_headercheck.out
make EPICLib_headercheck > EPICLib_headercheck.out
make IncompressibleNSLib_headercheck > IncompressibleNSLib_headercheck.out
make FeFloaLib_headercheck > FeFloaLib_headercheck.out
make TimeMarchingLib_headercheck > TimeMarchingLib_headercheck.out
make VTKLib_headercheck > VTKLib_headercheck.out
make gmshLib_headercheck
Built target gmshLib_headercheck
real 0m18.493s
user 0m18.308s
sys 0m0.124s
make EGADSLib_headercheck
Built target EGADSLib_headercheck
real 0m18.054s
user 0m17.892s
sys 0m0.132s
make DistanceLib_headercheck
Built target DistanceLib_headercheck
real 0m18.293s
user 0m18.124s
sys 0m0.136s
make BlockLinAlgLib_headercheck
Built target BlockLinAlgLib_headercheck
real 0m18.617s
user 0m18.428s
sys 0m0.148s
make PorousMediaLib_headercheck
Built target PorousMediaLib_headercheck
real 0m19.009s
user 0m18.808s
sys 0m0.160s
make QuaternionLib_headercheck
Built target QuaternionLib_headercheck
real 0m18.504s
user 0m18.280s
sys 0m0.168s
make ElementFieldLib_headercheck
Built target ElementFieldLib_headercheck
real 0m19.184s
user 0m18.952s
sys 0m0.168s
make toolsLib_headercheck
Built target toolsLib_headercheck
real 0m18.323s
user 0m18.148s
sys 0m0.116s
make pdeLib_headercheck
Scanning dependencies of target pdeLib_headercheck
Building CXX object src/pde/CMakeFiles/pdeLib_headercheck.dir/Output_WeightCylGauss.h.cxx.o
Building CXX object src/pde/CMakeFiles/pdeLib_headercheck.dir/Output_WeightedFunctional.h.cxx.o
Building CXX object src/pde/CMakeFiles/pdeLib_headercheck.dir/Output_WeightGauss.h.cxx.o
Linking CXX static library libpdeLib_headercheck.a
Built target pdeLib_headercheck
real 0m18.373s
user 0m18.008s
sys 0m0.268s
make BasisFunctionLib_headercheck
Built target BasisFunctionLib_headercheck
real 0m18.822s
user 0m18.620s
sys 0m0.148s
make AnalyticMetricLib_headercheck
Built target AnalyticMetricLib_headercheck
real 0m18.792s
user 0m18.588s
sys 0m0.140s
make ArtificialViscosityLib_headercheck
[100%] Built target ArtificialViscosityLib_headercheck
real 0m17.549s
user 0m17.380s
sys 0m0.132s
make ugridLib_headercheck
Built target ugridLib_headercheck
real 0m18.363s
user 0m18.204s
sys 0m0.124s
make LorenzLib_headercheck
Built target LorenzLib_headercheck
real 0m18.251s
user 0m18.084s
sys 0m0.128s
make EGTessLib_headercheck
Built target EGTessLib_headercheck
real 0m18.157s
user 0m18.000s
sys 0m0.104s
make PanelMethodLib_headercheck
Built target PanelMethodLib_headercheck
real 0m18.094s
user 0m17.940s
sys 0m0.108s
make EmbeddingLib_headercheck
Built target EmbeddingLib_headercheck
real 0m18.544s
user 0m18.348s
sys 0m0.152s
make XFieldLib_headercheck
Built target XFieldLib_headercheck
real 0m18.310s
user 0m18.104s
sys 0m0.128s
make SurrealLib_headercheck
Built target SurrealLib_headercheck
real 0m17.960s
user 0m17.720s
sys 0m0.128s
make FullPotentialLib_headercheck
Built target FullPotentialLib_headercheck
real 0m18.230s
user 0m18.044s
sys 0m0.140s
make PointwiseLib_headercheck
[ 0%] Built target PointwiseLib_headercheck
real 0m17.939s
user 0m17.780s
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make Discretization_headercheck
Built target Discretization_headercheck
real 0m19.644s
user 0m19.224s
sys 0m0.304s
make FieldLib_headercheck
Scanning dependencies of target FieldLib_headercheck
Building CXX object src/Field/CMakeFiles/FieldLib_headercheck.dir/NormalField/DeltaRef/ProjectDeltaRef.h.cxx.o
Linking CXX static library libFieldLib_headercheck.a
Built target FieldLib_headercheck
real 0m18.982s
user 0m18.496s
sys 0m0.432s
make MPILib_headercheck
Built target MPILib_headercheck
real 0m18.163s
user 0m17.956s
sys 0m0.124s
make RotorSource2DLib_headercheck
Built target RotorSource2DLib_headercheck
real 0m18.417s
user 0m18.220s
sys 0m0.116s
make HSMLib_headercheck
Built target HSMLib_headercheck
real 0m18.451s
user 0m18.272s
sys 0m0.128s
make MetricLib_headercheck
[ 0%] Built target MetricLib_headercheck
real 0m18.413s
user 0m18.228s
sys 0m0.128s
make NSLib_headercheck
Scanning dependencies of target NSLib_headercheck
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/OutputEuler3D.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/PDEEuler3D_RotorFlowTan.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/PDEEuler3D_RotorSource.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/OutputRotorSource2D.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/PDEEuler2D_RotorFlowTan.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/RotorField.h.cxx.o
Building CXX object src/pde/NS/CMakeFiles/NSLib_headercheck.dir/PDEEuler2D_RotorSource.h.cxx.o
Linking CXX static library libNSLib_headercheck.a
Built target NSLib_headercheck
real 0m18.942s
user 0m18.408s
sys 0m0.348s
make SparseLinAlgLib_headercheck
Built target SparseLinAlgLib_headercheck
real 0m17.565s
user 0m17.404s
sys 0m0.128s
make AdaptationLib_headercheck
Built target AdaptationLib_headercheck
real 0m18.479s
user 0m18.300s
sys 0m0.120s
make sansBOOMLib_headercheck
Built target sansBOOMLib_headercheck
real 0m18.076s
user 0m17.880s
sys 0m0.112s
make AdvectionDiffusionLib_headercheck
Scanning dependencies of target AdvectionDiffusionLib_headercheck
Building CXX object src/pde/AdvectionDiffusion/CMakeFiles/AdvectionDiffusionLib_headercheck.dir/BCAdvectionDiffusion3D.h.cxx.o
Building CXX object src/pde/AdvectionDiffusion/CMakeFiles/AdvectionDiffusionLib_headercheck.dir/PDEAdvectionDiffusion3D.h.cxx.o
Linking CXX static library libAdvectionDiffusionLib_headercheck.a
Built target AdvectionDiffusionLib_headercheck
real 0m18.165s
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make CauchyRiemannLib_headercheck
[ 0%] Built target CauchyRiemannLib_headercheck
real 0m18.429s
user 0m18.236s
sys 0m0.128s
make DenseLinAlgLib_headercheck
Built target DenseLinAlgLib_headercheck
real 0m18.029s
user 0m17.864s
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make TCNELib_headercheck
[ 0%] Built target TCNELib_headercheck
real 0m18.386s
user 0m18.204s
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make NDConvertLib_headercheck
Built target NDConvertLib_headercheck
real 0m17.953s
user 0m17.820s
sys 0m0.100s
make libMeshbLib_headercheck
Built target libMeshbLib_headercheck
real 0m18.058s
user 0m17.832s
sys 0m0.144s
make UnitGridsLib_headercheck
Built target UnitGridsLib_headercheck
real 0m18.482s
user 0m18.268s
sys 0m0.172s
make PythonLib_headercheck
Built target PythonLib_headercheck
real 0m18.158s
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sys 0m0.120s
make LIPSolverLib_headercheck
Built target LIPSolverLib_headercheck
real 0m17.870s
user 0m17.720s
sys 0m0.100s
make BodyForceSolverLib_headercheck
Scanning dependencies of target BodyForceSolverLib_headercheck
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib_headercheck.dir/BodyForceSolver_PDE.h.cxx.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver_PDE.h:12:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver_PDE.h:13,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver_PDE.h:36:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver_PDE.h:37:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source3D.h:37:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver_PDE.h:38:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor3D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib_headercheck.dir/BodyForceSolver2D_PDE.h.cxx.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:11:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:32:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/build/release_gnu5/src/UserInterfaces/BodyForceSolver2D_PDE.h.cxx:2:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Linking CXX static library libBodyForceSolverLib_headercheck.a
Built target BodyForceSolverLib_headercheck
real 0m17.739s
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make StokesLib_headercheck
Built target StokesLib_headercheck
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make FluentLib_headercheck
Built target FluentLib_headercheck
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make FieldCGLib_headercheck
Built target FieldCGLib_headercheck
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make FieldEGLib_headercheck
Built target FieldEGLib_headercheck
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make TopologyLib_headercheck
Built target TopologyLib_headercheck
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make pdeSensorLib_headercheck
Built target pdeSensorLib_headercheck
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make NonLinearSolverLib_headercheck
Built target NonLinearSolverLib_headercheck
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make FieldDGLib_headercheck
[ 0%] Built target FieldDGLib_headercheck
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make QuadratureLib_headercheck
Built target QuadratureLib_headercheck
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make ErrorEstimateLib_headercheck
Built target ErrorEstimateLib_headercheck
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make XField1DLib_headercheck
Built target XField1DLib_headercheck
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make AxisymmetricNSLib_headercheck
[ 0%] Built target AxisymmetricNSLib_headercheck
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make ContinuationLib_headercheck
Built target ContinuationLib_headercheck
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make ShallowWaterLib_headercheck
Built target ShallowWaterLib_headercheck
real 0m18.400s
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make AnalyticFunctionLib_headercheck
Scanning dependencies of target AnalyticFunctionLib_headercheck
Building CXX object src/pde/AnalyticFunction/CMakeFiles/AnalyticFunctionLib_headercheck.dir/ScalarFunction3D.h.cxx.o
Linking CXX static library libAnalyticFunctionLib_headercheck.a
Built target AnalyticFunctionLib_headercheck
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make OutputFunctionalLib_headercheck
Built target OutputFunctionalLib_headercheck
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make LinearAlgebraLib_headercheck
Built target LinearAlgebraLib_headercheck
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make XField3D_BF_CylDuctLib_headercheck
Built target XField3D_BF_CylDuctLib_headercheck
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make sansBOOM2DLib_headercheck
Built target sansBOOM2DLib_headercheck
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make IBL_Lib_headercheck
Built target IBL_Lib_headercheck
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make refineLib_headercheck
Built target refineLib_headercheck
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make DuctSolverLib_headercheck
Built target DuctSolverLib_headercheck
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make EPICLib_headercheck
Built target EPICLib_headercheck
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make IncompressibleNSLib_headercheck
Built target IncompressibleNSLib_headercheck
real 0m17.971s
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make FeFloaLib_headercheck
Built target FeFloaLib_headercheck
real 0m18.807s
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make TimeMarchingLib_headercheck
Built target TimeMarchingLib_headercheck
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make VTKLib_headercheck
Built target VTKLib_headercheck
real 0m18.048s
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real 10m26.838s
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+ make -j 2 -f Makefile.parallel sanslibs
make ugridLib > ugridLib.out
make LorenzLib > LorenzLib.out
make EGTessLib > EGTessLib.out
make DGBR2EulerAVLib > DGBR2EulerAVLib.out
make MetricLib > MetricLib.out
make PanelMethodLib > PanelMethodLib.out
make EmbeddingLib > EmbeddingLib.out
make DGBR2ADLib > DGBR2ADLib.out
make sansBOOM2DLib > sansBOOM2DLib.out
make refineLib > refineLib.out
make BlockLib > BlockLib.out
make DGBR2LorenzLib > DGBR2LorenzLib.out
make FullPotentialLib > FullPotentialLib.out
make PointwiseLib > PointwiseLib.out
make MPILib > MPILib.out
make RotorSource2DLib > RotorSource2DLib.out
make DGBR2Lib > DGBR2Lib.out
make NSLib > NSLib.out
make DistanceLib > DistanceLib.out
make SparseLinAlgLib > SparseLinAlgLib.out
make AnalyticMetricLib > AnalyticMetricLib.out
make capsLib > capsLib.out
make sansBOOMLib > sansBOOMLib.out
make AdvectionDiffusionLib > AdvectionDiffusionLib.out
make DenseLinAlgLib > DenseLinAlgLib.out
make NDConvertLib > NDConvertLib.out
make BlockLinAlgLib > BlockLinAlgLib.out
make libMeshbLib > libMeshbLib.out
make UnitGridsLib > UnitGridsLib.out
make PythonLib > PythonLib.out
make DGBR2RANSSALib > DGBR2RANSSALib.out
make BodyForceSolverLib > BodyForceSolverLib.out
make StokesLib > StokesLib.out
make XFieldLib > XFieldLib.out
make TCNELib > TCNELib.out
make DGBR2PorousMediaLib > DGBR2PorousMediaLib.out
make IncompressibleNSLib > IncompressibleNSLib.out
make FluentLib > FluentLib.out
make FieldCGLib > FieldCGLib.out
make IBL_Lib > IBL_Lib.out
make XField1DLib > XField1DLib.out
make TopologyLib > TopologyLib.out
make NonLinearSolverLib > NonLinearSolverLib.out
make FieldDGLib > FieldDGLib.out
make QuadratureLib > QuadratureLib.out
make pdeSensorLib > pdeSensorLib.out
make ErrorEstimateLib > ErrorEstimateLib.out
make AxisymmetricNSLib > AxisymmetricNSLib.out
make ContinuationLib > ContinuationLib.out
make ShallowWaterLib > ShallowWaterLib.out
make AnalyticFunctionLib > AnalyticFunctionLib.out
make FieldEGLib > FieldEGLib.out
make LinearAlgebraLib > LinearAlgebraLib.out
make XField3D_BF_CylDuctLib > XField3D_BF_CylDuctLib.out
make DuctSolverLib > DuctSolverLib.out
make DGBR2sansBOOM2DLib > DGBR2sansBOOM2DLib.out
make EPICLib > EPICLib.out
make FeFloaLib > FeFloaLib.out
make FieldLib > FieldLib.out
make TimeMarchingLib > TimeMarchingLib.out
make LIPSolverLib > LIPSolverLib.out
make gmshLib > gmshLib.out
make HDGLib > HDGLib.out
make DGBR2NSLib > DGBR2NSLib.out
make DGAdvectiveLib > DGAdvectiveLib.out
make ArtificialViscosityLib > ArtificialViscosityLib.out
make EGADSLib > EGADSLib.out
make SurrealLib > SurrealLib.out
make HSMLib > HSMLib.out
make PotentialStabilizationLib > PotentialStabilizationLib.out
make AdaptationLib > AdaptationLib.out
make DGBR2sansBOOMLib > DGBR2sansBOOMLib.out
make PorousMediaLib > PorousMediaLib.out
make pdeLib > pdeLib.out
make QuaternionLib > QuaternionLib.out
make ElementFieldLib > ElementFieldLib.out
make CauchyRiemannLib > CauchyRiemannLib.out
make toolsLib > toolsLib.out
make BasisFunctionLib > BasisFunctionLib.out
make OutputFunctionalLib > OutputFunctionalLib.out
make VTKLib > VTKLib.out
make GalerkinLib > GalerkinLib.out
make ugridLib
Built target ugridLib_headercheck
Built target ugridLib_vera
Built target ugridLib
real 0m18.608s
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make LorenzLib
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make EGTessLib
[ 0%] Built target EGTessLib_headercheck
[ 0%] Built target EGTessLib_vera
[ 0%] Built target EGTessLib
real 0m18.909s
user 0m18.652s
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make DGBR2EulerAVLib
Built target Discretization_headercheck
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Built target Discretization
Built target DGBR2EulerAVLib
real 0m20.272s
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make MetricLib
Built target MetricLib_headercheck
Built target MetricLib_vera
Built target MetricLib
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make PanelMethodLib
Built target PanelMethodLib_headercheck
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make EmbeddingLib
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make DGBR2ADLib
Built target Discretization_headercheck
Built target Discretization_vera
Built target Discretization
Scanning dependencies of target DGBR2ADLib
Building CXX object src/Discretization/CMakeFiles/DGBR2ADLib.dir/DG/DGBR2_Instantiate/AlgebraicEquationSet_DGBR2_AdvectionDiffusion3D_AUDUSUG.cpp.o
Building CXX object src/Discretization/CMakeFiles/DGBR2ADLib.dir/DG/DGBR2_Instantiate/AlgebraicEquationSet_DGBR2_AdvectionDiffusion3D_manifold_AUDUSN.cpp.o
Linking CXX static library libDGBR2ADLib.a
Built target DGBR2ADLib
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make sansBOOM2DLib
Built target sansBOOM2DLib_headercheck
Built target sansBOOM2DLib_vera
Built target sansBOOM2DLib
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make refineLib
Built target refineLib_headercheck
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Built target refineLib
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make BlockLib
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[100%] Built target Discretization_vera
[100%] Built target Discretization
[100%] Built target BlockLib
real 0m19.469s
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make DGBR2LorenzLib
Built target Discretization_headercheck
Built target Discretization_vera
Built target Discretization
Built target DGBR2LorenzLib
real 0m20.169s
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make FullPotentialLib
Built target FullPotentialLib_headercheck
Built target FullPotentialLib_vera
Built target FullPotentialLib
real 0m18.263s
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make PointwiseLib
Built target PointwiseLib_headercheck
Built target PointwiseLib_vera
Built target PointwiseLib
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make MPILib
Built target MPILib_headercheck
Built target MPILib_vera
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make RotorSource2DLib
Built target RotorSource2DLib_headercheck
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make DGBR2Lib
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[400%] Built target Discretization_vera
[400%] Built target Discretization
[400%] Built target DGBR2Lib
real 0m19.072s
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make NSLib
Built target NSLib_headercheck
Checking style of src/pde/NS/OutputEuler3D.h
Checking style of src/pde/NS/PDEEuler3D_RotorFlowTan.h
Checking style of src/pde/NS/RotorField.h
Built target NSLib_vera
Built target NSLib
real 0m20.191s
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make DistanceLib
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[ 0%] Built target DistanceLib_vera
[ 0%] Built target DistanceLib
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make SparseLinAlgLib
Built target SparseLinAlgLib_headercheck
Built target LinearAlgebraLib_headercheck
Built target LinearAlgebraLib_vera
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Built target LinearAlgebraLib
Built target SparseLinAlgLib
real 0m18.377s
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make AnalyticMetricLib
Built target AnalyticMetricLib_headercheck
Built target AnalyticMetricLib_vera
Built target AnalyticMetricLib
real 0m18.306s
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make capsLib
Built target capsLib
real 0m18.252s
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make sansBOOMLib
Built target sansBOOMLib_headercheck
Built target sansBOOMLib_vera
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make AdvectionDiffusionLib
Built target AdvectionDiffusionLib_headercheck
Built target AdvectionDiffusionLib_vera
Scanning dependencies of target AdvectionDiffusionLib
Building CXX object src/pde/AdvectionDiffusion/CMakeFiles/AdvectionDiffusionLib.dir/PDEAdvectionDiffusion3D.cpp.o
Building CXX object src/pde/AdvectionDiffusion/CMakeFiles/AdvectionDiffusionLib.dir/BCAdvectionDiffusion3D.cpp.o
Linking CXX static library libAdvectionDiffusionLib.a
Built target AdvectionDiffusionLib
real 0m18.611s
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make DenseLinAlgLib
[100%] Built target DenseLinAlgLib_headercheck
[100%] Built target LinearAlgebraLib_headercheck
[100%] Built target LinearAlgebraLib_vera
[200%] Built target DenseLinAlgLib_vera
[200%] Built target LinearAlgebraLib
[300%] Built target DenseLinAlgLib
real 0m18.868s
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make NDConvertLib
Built target NDConvertLib_headercheck
Built target NDConvertLib_vera
Built target NDConvertLib
real 0m18.100s
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sys 0m0.100s
make BlockLinAlgLib
Built target BlockLinAlgLib_headercheck
Built target LinearAlgebraLib_headercheck
Built target LinearAlgebraLib_vera
Built target BlockLinAlgLib_vera
Built target LinearAlgebraLib
Built target BlockLinAlgLib
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make libMeshbLib
Built target libMeshbLib_headercheck
Built target libMeshbLib_vera
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make UnitGridsLib
[ 0%] Built target UnitGridsLib_headercheck
[100%] Built target UnitGridsLib
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make PythonLib
Built target PythonLib_headercheck
Built target PythonLib_vera
Built target PythonLib
real 0m18.496s
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make DGBR2RANSSALib
Built target DGBR2RANSSALib
real 0m18.204s
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make BodyForceSolverLib
Built target BodyForceSolverLib_headercheck
Checking style of src/UserInterfaces/BodyForceSolver_impl.h
Built target BodyForceSolverLib_vera
Scanning dependencies of target BodyForceSolverLib
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib.dir/RotorOutputs2D.cpp.o
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib.dir/RotorOutputs3D.cpp.o
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib.dir/BodyForceSolver2D_Euler.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:11:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:32:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_Euler.cpp:8:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Building CXX object src/UserInterfaces/CMakeFiles/BodyForceSolverLib.dir/BodyForceSolver2D_EulerFlowTan.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:11:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:32:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_impl.h:51,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_EulerFlowTan.cpp:9:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Linking CXX static library libBodyForceSolverLib.a
Built target BodyForceSolverLib
real 0m19.586s
user 0m19.000s
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make StokesLib
[ 0%] Built target StokesLib_headercheck
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real 0m18.351s
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make XFieldLib
Built target XFieldLib_headercheck
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real 0m18.629s
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make TCNELib
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real 0m18.360s
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make DGBR2PorousMediaLib
Built target Discretization_headercheck
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Built target Discretization
Built target DGBR2PorousMediaLib
real 0m19.192s
user 0m18.780s
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make IncompressibleNSLib
Built target IncompressibleNSLib_headercheck
Built target IncompressibleNSLib_vera
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real 0m18.279s
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make FluentLib
Built target FluentLib_headercheck
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real 0m18.289s
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make FieldCGLib
[ 0%] Built target FieldCGLib_headercheck
[100%] Built target FieldCGLib_vera
[100%] Built target FieldCGLib
real 0m17.644s
user 0m17.424s
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make IBL_Lib
Built target IBL_Lib_headercheck
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real 0m17.484s
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make XField1DLib
Built target XField1DLib_headercheck
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real 0m18.305s
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make TopologyLib
Built target TopologyLib_headercheck
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real 0m17.888s
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make NonLinearSolverLib
[ 0%] Built target NonLinearSolverLib_headercheck
[ 0%] Built target NonLinearSolverLib_vera
[ 0%] Built target NonLinearSolverLib
real 0m18.061s
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make FieldDGLib
Built target FieldDGLib_headercheck
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real 0m18.578s
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make QuadratureLib
Built target QuadratureLib_headercheck
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real 0m17.588s
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make pdeSensorLib
Built target pdeSensorLib_vera
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real 0m17.794s
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make ErrorEstimateLib
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Scanning dependencies of target ErrorEstimateLib
Building CXX object src/ErrorEstimate/CMakeFiles/ErrorEstimateLib.dir/DG/Instantiate/ErrorEstimate_DGBR2_AdvectionDiffusion3D_AUDUSUG.cpp.o
Linking CXX static library libErrorEstimateLib.a
Built target ErrorEstimateLib
real 0m20.112s
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make AxisymmetricNSLib
Built target AxisymmetricNSLib_headercheck
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real 0m18.003s
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make ContinuationLib
[100%] Built target ContinuationLib_headercheck
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[100%] Built target ContinuationLib
real 0m17.914s
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make ShallowWaterLib
Built target ShallowWaterLib_headercheck
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real 0m18.220s
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make AnalyticFunctionLib
Built target AnalyticFunctionLib_headercheck
Checking style of src/pde/AnalyticFunction/ScalarFunction3D.h
Built target AnalyticFunctionLib_vera
Scanning dependencies of target AnalyticFunctionLib
Building CXX object src/pde/AnalyticFunction/CMakeFiles/AnalyticFunctionLib.dir/ScalarFunction3D.cpp.o
Linking CXX static library libAnalyticFunctionLib.a
Built target AnalyticFunctionLib
real 0m18.681s
user 0m18.196s
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make FieldEGLib
Built target FieldEGLib_headercheck
Built target FieldEGLib_vera
Built target FieldEGLib
real 0m17.949s
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make LinearAlgebraLib
Built target LinearAlgebraLib_headercheck
Built target LinearAlgebraLib_vera
Built target LinearAlgebraLib
real 0m18.292s
user 0m18.004s
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make XField3D_BF_CylDuctLib
Built target XField3D_BF_CylDuctLib_headercheck
Checking style of src/Meshing/XField3D_BF_CylDuct/XField3D_BF_CylDuct.cpp
Built target XField3D_BF_CylDuctLib_vera
Scanning dependencies of target XField3D_BF_CylDuctLib
Building CXX object src/Meshing/XField3D_BF_CylDuct/CMakeFiles/XField3D_BF_CylDuctLib.dir/XField3D_BF_CylDuct.cpp.o
Linking CXX static library libXField3D_BF_CylDuctLib.a
Built target XField3D_BF_CylDuctLib
real 0m18.401s
user 0m18.116s
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make DuctSolverLib
[ 0%] Built target DuctSolverLib_headercheck
[ 0%] Built target DuctSolverLib_vera
Scanning dependencies of target DuctSolverLib
[ 0%] Building CXX object src/UserInterfaces/CMakeFiles/DuctSolverLib.dir/DuctSolver_Euler.cpp.o
Building CXX object src/UserInterfaces/CMakeFiles/DuctSolverLib.dir/DuctOutputs3D.cpp.o
Linking CXX static library libDuctSolverLib.a
Built target DuctSolverLib
real 1m1.998s
user 1m5.140s
sys 0m2.800s
make DGBR2sansBOOM2DLib
[ 37%] Built target Discretization_headercheck
[100%] Built target Discretization_vera
[100%] Built target Discretization
[100%] Built target DGBR2sansBOOM2DLib
real 0m18.917s
user 0m18.524s
sys 0m0.324s
make EPICLib
Built target EPICLib_vera
Built target EPICLib_headercheck
Built target EPICLib
real 0m17.459s
user 0m17.220s
sys 0m0.152s
make FeFloaLib
Built target FeFloaLib_headercheck
Built target FeFloaLib_vera
Built target FeFloaLib
real 0m16.984s
user 0m16.756s
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make FieldLib
Built target FieldLib_headercheck
Checking style of src/Field/NormalField/NormalField_Volume.cpp
Checking style of src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp
Built target FieldLib_vera
Scanning dependencies of target FieldLib
Building CXX object src/Field/CMakeFiles/FieldLib.dir/NormalField/NormalField_Volume.cpp.o
Building CXX object src/Field/CMakeFiles/FieldLib.dir/NormalField/DeltaRef/ProjectDeltaRef.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.cpp:16:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.cpp:17:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.cpp:31:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.cpp:32:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source3D.h:37:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.cpp:33:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor3D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Building CXX object src/Field/CMakeFiles/FieldLib.dir/NormalField/ProfileLoss/ProfileLoss.cpp.o
Building CXX object src/Field/CMakeFiles/FieldLib.dir/output_Tecplot/output_Tecplot_RotorSource.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/ProfileLoss/ProfileLoss.cpp:16:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/ProfileLoss/ProfileLoss.cpp:17:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/ProfileLoss/ProfileLoss.cpp:31:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/ProfileLoss/ProfileLoss.cpp:32:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source3D.h:37:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/ProfileLoss/ProfileLoss.cpp:33:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor3D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Building CXX object src/Field/CMakeFiles/FieldLib.dir/output_Tecplot/output_Tecplot_RotorSource2D.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:15:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:16:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:16:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:22:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:23:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource2D.cpp:23:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp:22:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp:23:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp:29:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp:30:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source3D.h:37:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/output_Tecplot/output_Tecplot_RotorSource.cpp:31:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor3D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
Linking CXX static library libFieldLib.a
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Scanning dependencies of target PySANS_Euler_BodyForceFlowTan2D
[100%] Building CXX object src/UserInterfaces/PythonUI/CMakeFiles/PySANS_Euler_BodyForceFlowTan2D.dir/PySANS_BodyForce2D.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:11:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:32:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
[100%] Linking CXX shared library PySANS_Euler_BodyForceFlowTan2D.so
[100%] Built target PySANS_Euler_BodyForceFlowTan2D
Scanning dependencies of target PySANS_Euler_BodyForce2D
[100%] Building CXX object src/UserInterfaces/PythonUI/CMakeFiles/PySANS_Euler_BodyForce2D.dir/PySANS_BodyForce2D.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:11:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:15:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEmitAVDiffusionOuter2D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor2D.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:12,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor2D.h:32:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:32:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux2D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:26:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/BodyForceSolver2D_PDE.h:33:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/UserInterfaces/PythonUI/PySANS_BodyForce2D.cpp:21:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source2D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
[100%] Linking CXX shared library PySANS_Euler_BodyForce2D.so
[100%] Built target PySANS_Euler_BodyForce2D
real 1m10.715s
user 0m57.364s
sys 0m9.912s
+ make -j 2 -f Makefile.parallel check_build
make unit_Meshing_XField1D_build > unit_Meshing_XField1D_build.out
make sandbox_build > sandbox_build.out
make unit_Adaptation_MOESS_NLOPT_build > unit_Adaptation_MOESS_NLOPT_build.out
make unit_SolutionTrek_HarmonicBalance_build > unit_SolutionTrek_HarmonicBalance_build.out
make unit_pde_build > unit_pde_build.out
make unit_Meshing_EPIC_build > unit_Meshing_EPIC_build.out
make unit_pde_NS_build > unit_pde_NS_build.out
make unit_UnitGrids_build > unit_UnitGrids_build.out
make unit_Field_Local_build > unit_Field_Local_build.out
make unit_Meshing_RotorSource2D_build > unit_Meshing_RotorSource2D_build.out
make unit_Meshing_ugrid_build > unit_Meshing_ugrid_build.out
make unit_SolutionTrek_TimeMarching_build > unit_SolutionTrek_TimeMarching_build.out
make unit_pde_FullPotential_build > unit_pde_FullPotential_build.out
make unit_Discretization_Galerkin_build > unit_Discretization_Galerkin_build.out
make unit_Meshing_EGADS_build > unit_Meshing_EGADS_build.out
make unit_Python_build > unit_Python_build.out
make unit_Meshing_XField3D_BF_CylDuct_build > unit_Meshing_XField3D_BF_CylDuct_build.out
make unit_SolutionTrek_Continuation_build > unit_SolutionTrek_Continuation_build.out
make unit_Meshing_AnalyticMetrics_build > unit_Meshing_AnalyticMetrics_build.out
make unit_pde_PorousMedia_build > unit_pde_PorousMedia_build.out
make unit_Discretization_Block_build > unit_Discretization_Block_build.out
make unit_pde_AdvectionDiffusion_build > unit_pde_AdvectionDiffusion_build.out
make unit_pde_IncompressibleNS_build > unit_pde_IncompressibleNS_build.out
make unit_Field_Element_build > unit_Field_Element_build.out
make unit_tools_build > unit_tools_build.out
make unit_NonLinearSolver_build > unit_NonLinearSolver_build.out
make unit_Field_HField_build > unit_Field_HField_build.out
make unit_ErrorEstimate_build > unit_ErrorEstimate_build.out
make unit_PanelMethod_build > unit_PanelMethod_build.out
make unit_Discretization_FV_TPFA_build > unit_Discretization_FV_TPFA_build.out
make unit_Adaptation_MOESS_build > unit_Adaptation_MOESS_build.out
make unit_pde_ArtificialViscosity_build > unit_pde_ArtificialViscosity_build.out
make unit_Adaptation_MOESS_MMA_build > unit_Adaptation_MOESS_MMA_build.out
make unit_Discretization_HDG_build > unit_Discretization_HDG_build.out
make unit_Meshing_Embedding_build > unit_Meshing_Embedding_build.out
make unit_Meshing_gmsh_build > unit_Meshing_gmsh_build.out
make unit_pde_AxisymmetricNS_build > unit_pde_AxisymmetricNS_build.out
make unit_Field_XField_build > unit_Field_XField_build.out
make unit_Field_XField_Local_build > unit_Field_XField_Local_build.out
make unit_Discretization_GloballyConstrained_build > unit_Discretization_GloballyConstrained_build.out
make unit_Adaptation_MOESS_TAO_build > unit_Adaptation_MOESS_TAO_build.out
make unit_Meshing_libMeshb_build > unit_Meshing_libMeshb_build.out
make unit_pde_IBL_build > unit_pde_IBL_build.out
make unit_Field_Field_CG_build > unit_Field_Field_CG_build.out
make unit_pde_TCNE_build > unit_pde_TCNE_build.out
make unit_LinearAlgebra_SparseLinAlg_build > unit_LinearAlgebra_SparseLinAlg_build.out
make unit_Field_Field_DG_build > unit_Field_Field_DG_build.out
make unit_Quadrature_build > unit_Quadrature_build.out
make unit_LinearAlgebra_BlockLinAlg_build > unit_LinearAlgebra_BlockLinAlg_build.out
make unit_pde_sansBOOM_build > unit_pde_sansBOOM_build.out
make unit_pde_Distance_build > unit_pde_Distance_build.out
make unit_Field_Field_EG_build > unit_Field_Field_EG_build.out
make unit_Quaternion_build > unit_Quaternion_build.out
make unit_pde_HSM_build > unit_pde_HSM_build.out
make unit_LinearAlgebra_DenseLinAlg_build > unit_LinearAlgebra_DenseLinAlg_build.out
make unit_Discretization_VMSDBR2_build > unit_Discretization_VMSDBR2_build.out
make unit_Meshing_Metric_build > unit_Meshing_Metric_build.out
make unit_MPI_build > unit_MPI_build.out
make unit_pde_sansBOOM2D_build > unit_pde_sansBOOM2D_build.out
make unit_Meshing_FeFloa_build > unit_Meshing_FeFloa_build.out
make unit_Meshing_Fluent_build > unit_Meshing_Fluent_build.out
make unit_Meshing_EGTess_build > unit_Meshing_EGTess_build.out
make unit_Meshing_VTK_build > unit_Meshing_VTK_build.out
make unit_pde_AnalyticFunction_build > unit_pde_AnalyticFunction_build.out
make unit_pde_ShallowWater_build > unit_pde_ShallowWater_build.out
make unit_Discretization_VMSD_build > unit_Discretization_VMSD_build.out
make unit_BasisFunction_build > unit_BasisFunction_build.out
make unit_Meshing_Pointwise_build > unit_Meshing_Pointwise_build.out
make unit_pde_Sensor_build > unit_pde_Sensor_build.out
make unit_pde_Stokes_build > unit_pde_Stokes_build.out
make unit_Meshing_refine_build > unit_Meshing_refine_build.out
make unit_Field_build > unit_Field_build.out
make unit_UserInterfaces_build > unit_UserInterfaces_build.out
make unit_UserInterfaces_build
[ 0%] Built target UnitGridsLib_headercheck
[ 0%] Built target BasisFunctionLib_headercheck
[ 2%] Built target BasisFunctionLib_vera
[ 11%] Built target Discretization_headercheck
[ 25%] Built target Discretization_vera
[ 31%] Built target FieldLib_headercheck
[ 45%] Built target FieldLib_vera
[ 45%] Built target ElementFieldLib_headercheck
[ 48%] Built target ElementFieldLib_vera
[ 48%] Built target FieldCGLib_headercheck
[ 51%] Built target FieldCGLib_vera
[ 51%] Built target FieldDGLib_headercheck
[ 54%] Built target FieldDGLib_vera
[ 54%] Built target XFieldLib_headercheck
[ 57%] Built target XFieldLib_vera
[ 60%] Built target DenseLinAlgLib_headercheck
[ 60%] Built target LinearAlgebraLib_headercheck
[ 60%] Built target LinearAlgebraLib_vera
[ 62%] Built target DenseLinAlgLib_vera
[ 62%] Built target SparseLinAlgLib_headercheck
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[ 68%] Built target EGADSLib_headercheck
[ 68%] Built target EGADSLib_vera
[ 68%] Built target EGTessLib_headercheck
[ 68%] Built target EGTessLib_vera
[ 68%] Built target EPICLib_vera
[ 68%] Built target EPICLib_headercheck
[ 68%] Built target refineLib_headercheck
[ 68%] Built target refineLib_vera
[ 68%] Built target RotorSource2DLib_headercheck
[ 68%] Built target RotorSource2DLib_vera
[ 68%] Built target MPILib_headercheck
[ 68%] Built target MPILib_vera
[ 68%] Built target NonLinearSolverLib_headercheck
[ 68%] Built target NonLinearSolverLib_vera
[ 68%] Built target pdeLib_headercheck
[ 71%] Built target pdeLib_vera
[ 71%] Built target FullPotentialLib_headercheck
[ 74%] Built target FullPotentialLib_vera
[ 77%] Built target NSLib_headercheck
[ 80%] Built target NSLib_vera
[ 80%] Built target PythonLib_headercheck
[ 80%] Built target PythonLib_vera
[ 82%] Built target QuadratureLib_headercheck
[ 82%] Built target QuadratureLib_vera
[ 85%] Built target ContinuationLib_headercheck
[ 85%] Built target ContinuationLib_vera
[ 85%] Built target TimeMarchingLib_headercheck
[ 85%] Built target TimeMarchingLib_vera
[ 85%] Built target SurrealLib_vera
[ 85%] Built target SurrealLib_headercheck
[ 85%] Built target TopologyLib_headercheck
[ 85%] Built target TopologyLib_vera
[ 85%] Built target toolsLib_headercheck
[ 85%] Built target toolsLib_vera
[ 85%] Built target BodyForceSolverLib_headercheck
[ 85%] Built target BodyForceSolverLib_vera
[ 85%] Built target LIPSolverLib_headercheck
[ 85%] Built target LIPSolverLib_vera
[ 85%] Built target capsLib
[ 85%] Built target BOOST_TEST_MAIN_OBJECT
[ 85%] Built target MPI_FIXTURE_OBJECT
[ 85%] Built target PETSC_FIXTURE_OBJECT
Scanning dependencies of target Ping_Euler_RotorFlowTan_btest_OBJECT
[ 85%] Building CXX object test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/Ping_Euler_RotorFlowTan_btest.cpp.o
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:50:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:43:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/BCEulermitAVSensor3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:51:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/BCmitAVSensor3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:56:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_ViscousFlux3D.h:30:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:57:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/AVSensor_Source3D.h:37:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:58:0:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/ArtificialViscosity/PDEmitAVSensor3D.h:38:46: note: #pragma message: #undef USE_GRID_LAPLACIAN
#pragma message( "#undef USE_GRID_LAPLACIAN" )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorSource.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.h:11,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:41:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h: In instantiation of ‘SANS::RotorField<T>::VectorN<Tna> SANS::RotorField<T>::perturbNormal(Real, const VectorX&, Real, const SANS::PositionedRotorField&, SANS::RotorField<T>::VectorN<Tna>&) const [with Ta = double; Tna = SANS::SurrealS<1>; T = double; SANS::RotorField<T>::VectorN<Tna> = SANS::DLA::VectorS<3, SANS::SurrealS<1> >; Real = double; SANS::RotorField<T>::VectorX = SANS::DLA::VectorS<3, double>]’:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorFlowTan.h:131:93: required from ‘void SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::sourceRotor(SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::VectorNBSeq<Tn>&, const Real&, const Real&, const Real&, const Real&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tq>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&) const [with Tn = SANS::SurrealS<1>; Tq = double; Tg = double; Ts = SANS::SurrealS<1>; PDEBase = SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >; Ta_ = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::VectorNBSeq<Tn> = SANS::PointSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> > >; Real = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tq> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorFlowTan.h:589:5: required from ‘void SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::source(const SANS::ParamTuple<Tp, SANS::PointSequence<SANS::DLA::VectorS<8, Tn> >, SANS::TupleClass<0> >&, const Real&, const Real&, const Real&, const Real&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&) const [with Tp = SANS::DLA::MatrixSymS<3, double>; Tn = SANS::SurrealS<1>; Tq = double; Tg = double; Ts = SANS::SurrealS<1>; PDEBase = SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >; Ta_ = double; Real = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NDConvert/PDENDConvertSpace3D.h:640:16: required from ‘void SANS::PDENDConvertSpace<PhysD3, PDE_>::source(const SANS::ParamTuple<L, SANS::DLA::VectorS<SANS::PDENDConvertSpace<PhysD3, PDE_>::D, double>, SANS::TupleClass<0> >&, SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tu>&, SANS::PDENDConvertSpace<PhysD3, PDE_>::VectorArrayQ<Tu>&, SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tf>&) const [with L = SANS::ParamTuple<SANS::DLA::MatrixSymS<3, double>, SANS::PointSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> > >, SANS::TupleClass<0> >; Tq = double; Tg = double; Ts = SANS::SurrealS<1>; PDE_ = SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tu> = SANS::DLA::VectorS<7, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::VectorArrayQ<Tu> = SANS::DLA::VectorS<3, SANS::DLA::VectorS<7, double> >; typename PDE_::ArrayQ<Tu> = SANS::DLA::VectorS<7, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tf> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/IntegrandCell_Galerkin_Stabilized.h:798:5: required from ‘void SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::weightedIntegrand(const ParamT&, const ParamGradT&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::VectorArrayQ<Tg>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorSymArrayQ<Th>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorMatrixQ<Tk>&, const SANS::StabilizationMatrix::TauInverse<PDE_:: N, Tpq, Tt>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti>*, int) const [with Tq = double; Tg = double; Th = double; Tk = SANS::SurrealS<1>; Tpq = SANS::SurrealS<1>; Tt = SANS::SurrealS<1>; Ti = SANS::SurrealS<1>; T = double; TopoDim = TopoD3; Topology = SANS::Tet; ElementParam = SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> >, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> >; PDE_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::ParamT = SANS::ParamTuple<SANS::ParamTuple<SANS::DLA::MatrixSymS<3, double>, SANS::PointSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> > >, SANS::TupleClass<0> >, SANS::DLA::VectorS<3, double>, SANS::TupleClass<0> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::ParamGradT = SANS::ParamTuple<SANS::ParamTuple<SANS::DLA::VectorS<3, SANS::DLA::MatrixSymS<3, double> >, SANS::PointSequence<SANS::DLA::VectorS<3, SANS::DLA::VectorS<8, SANS::SurrealS<1> > > >, SANS::TupleClass<0> >, SANS::DLA::VectorS<3, SANS::DLA::VectorS<3, double> >, SANS::TupleClass<0> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti> = SANS::DLA::VectorS<7, double>; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::VectorArrayQ<Tg> = SANS::DLA::VectorS<3, SANS::DLA::VectorS<7, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorSymArrayQ<Th> = SANS::DLA::MatrixSymS<3, SANS::DLA::VectorS<7, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorMatrixQ<Tk> = SANS::DLA::MatrixS<3, 3, SANS::DLA::MatrixS<7, 7, SANS::SurrealS<1> > >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/IntegrandCell_Galerkin_Stabilized.h:499:20: required from ‘void SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::operator()(Real, const QuadPointType&, SANS::DLA::VectorD<typename PDE_::ArrayQ<Ti> >&) const [with Ti = SANS::SurrealS<1>; T = double; TopoDim = TopoD3; Topology = SANS::Tet; ElementParam = SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> >, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> >; PDE_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; Real = double; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::QuadPointType = SANS::QuadraturePoint<TopoD3>; typename PDE_::ArrayQ<Ti> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/Element/GalerkinWeightedIntegral_New.h:67:10: required from ‘void SANS::GalerkinWeightedIntegral_New<TopoDim, Topology, IntegrandType, std::nullptr_t, std::nullptr_t>::operator()(const IntegrandFunctor&, const SANS::ElementXField<PhysDim, TopoDim, Topology, Axes>&, IntegrandType&) [with PhysDim = PhysD3; Axes = SANS::Cartesian; IntegrandFunctor = SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >::BasisWeighted<double, TopoD3, SANS::Tet, SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, SANS::SurrealS<1> >, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> > >; TopoDim = TopoD3; Topology = SANS::Tet; IntegrandType = SANS::DLA::VectorD<SANS::DLA::VectorS<7, SANS::SurrealS<1> > >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/ResidualCell_Galerkin.h:164:15: required from ‘void SANS::ResidualCell_Galerkin_impl<IntegrandCell, Vector, TR>::integrate(int, const typename XFieldType::FieldCellGroupType<Topology>&, const typename SANS::Field<typename IntegrandCell::PhysDim, TopoDim, typename IntegrandCell::ArrayQ<double>, typename XFieldType::Axes>::FieldCellGroupType<Topology>&, int) [with Topology = SANS::Tet; TopoDim = TopoD3; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, SANS::SurrealS<1> >, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; IntegrandCell = SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >; Vector = SANS::SLA::SparseVector; TR = SANS::SurrealS<1>; typename XFieldType::FieldCellGroupType<Topology> = SANS::FieldAssociativityTuple<SANS::FieldAssociativityTuple<SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::MatrixSymS<3, double> > >, SANS::FieldAssociativitySequence<SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::VectorS<8, SANS::SurrealS<1> > > > >, SANS::TupleClass<0> >, SANS::XFieldAssociativity<SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian> >, SANS::TupleClass<0> >; typename SANS::Field<typename IntegrandCell::PhysDim, TopoDim, typename IntegrandCell::ArrayQ<double>, typename XFieldType::Axes>::FieldCellGroupType<Topology> = SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::VectorS<7, double> > >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/IntegrateCellGroups.h:221:9: required from ‘static void SANS::IntegrateCellGroups<TopoD3>::integrate(SANS::GroupIntegralCellType<IntegralCell>&&, const SANS::FieldType<FieldClass>&, const SANS::FieldType<QFieldType>&, const int*, int) [with IntegralCell = SANS::ResidualCell_Galerkin_impl<SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::SLA::SparseVector, SANS::SurrealS<1> >; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, SANS::SurrealS<1> >, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; QFieldType = SANS::Field<PhysD3, TopoD3, SANS::DLA::VectorS<7, double>, SANS::Cartesian>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/ResidualParamSensitvity_Galerkin_Stabilized.h:153:42: required from ‘void SANS::ResidualParamSensitivity_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, SurrealClass, XFieldType>::residualSensitivity(SANS::ResidualParamSensitivity_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, SurrealClass, XFieldType>::SystemVector&) [with NDPDEClass_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; BCNDConvert = SANS::BCNDConvertSpace; BCVector_ = boost::mpl::vector5<SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeSymmetry_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeFullState_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeInflowSubsonic_PtTta_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeOutflowSubsonic_Pressure_mitState<double>, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeOutflowSubsonic_Nozzle_mitState<double>, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > > >; SurrealClass = SANS::SurrealS<1>; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, SANS::SurrealS<1> >, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; SANS::ResidualParamSensitivity_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, SurrealClass, XFieldType>::SystemVector = SANS::DLA::VectorD<SANS::SLA::SparseVector<SANS::DLA::VectorS<7, SANS::SurrealS<1> > > >; typename NDPDEClass_::ArrayQ<SurrealClass> = SANS::DLA::VectorS<7, SANS::SurrealS<1> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:980:40: required from here
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h:106:42: error: ‘smoothmaxC2’ was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation [-fpermissive]
alpha_tau = smoothminC2(smoothmaxC2(ss, 0, stau), 1, stau);
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:50:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/tools/smoothmath.h:246:1: note: ‘template<class Tx, class Ty> typename std::enable_if<(boost::is_arithmetic<T>::value && boost::is_arithmetic<To>::value), typename SANS::promote_Surreal<L, R>::type>::type SANS::smoothmaxC2(const Tx&, const Ty&, Real)’ declared here, later in the translation unit
smoothmaxC2(const Tx& x, const Ty& y, const Real eps )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorSource.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.h:11,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:41:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h:106:30: error: ‘smoothminC2’ was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation [-fpermissive]
alpha_tau = smoothminC2(smoothmaxC2(ss, 0, stau), 1, stau);
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:50:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/tools/smoothmath.h:280:1: note: ‘template<class Tx, class Ty> typename std::enable_if<(boost::is_arithmetic<T>::value && boost::is_arithmetic<To>::value), typename SANS::promote_Surreal<L, R>::type>::type SANS::smoothminC2(const Tx&, const Ty&, Real)’ declared here, later in the translation unit
smoothminC2(const Tx& x, const Ty& y, const Real eps )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorSource.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.h:11,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:41:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h: In instantiation of ‘SANS::RotorField<T>::VectorN<Tna> SANS::RotorField<T>::perturbNormal(Real, const VectorX&, Real, const SANS::PositionedRotorField&, SANS::RotorField<T>::VectorN<Tna>&) const [with Ta = double; Tna = double; T = double; SANS::RotorField<T>::VectorN<Tna> = SANS::DLA::VectorS<3, double>; Real = double; SANS::RotorField<T>::VectorX = SANS::DLA::VectorS<3, double>]’:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorFlowTan.h:131:93: required from ‘void SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::sourceRotor(SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::VectorNBSeq<Tn>&, const Real&, const Real&, const Real&, const Real&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tq>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&) const [with Tn = double; Tq = double; Tg = double; Ts = double; PDEBase = SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >; Ta_ = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::VectorNBSeq<Tn> = SANS::PointSequence<SANS::DLA::VectorS<8, double> >; Real = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tq> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, double>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorFlowTan.h:589:5: required from ‘void SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::source(const SANS::ParamTuple<Tp, SANS::PointSequence<SANS::DLA::VectorS<8, Tn> >, SANS::TupleClass<0> >&, const Real&, const Real&, const Real&, const Real&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&, SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts>&) const [with Tp = SANS::DLA::MatrixSymS<3, double>; Tn = double; Tq = double; Tg = double; Ts = double; PDEBase = SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >; Ta_ = double; Real = double; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Tg> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, double>; SANS::PDEEuler_RotorFlowTan3D<PDEBase, Ta_>::ArrayQ<Ts> = SANS::DLA::VectorS<7, double>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NDConvert/PDENDConvertSpace3D.h:640:16: required from ‘void SANS::PDENDConvertSpace<PhysD3, PDE_>::source(const SANS::ParamTuple<L, SANS::DLA::VectorS<SANS::PDENDConvertSpace<PhysD3, PDE_>::D, double>, SANS::TupleClass<0> >&, SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tu>&, SANS::PDENDConvertSpace<PhysD3, PDE_>::VectorArrayQ<Tu>&, SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tf>&) const [with L = SANS::ParamTuple<SANS::DLA::MatrixSymS<3, double>, SANS::PointSequence<SANS::DLA::VectorS<8, double> >, SANS::TupleClass<0> >; Tq = double; Tg = double; Ts = double; PDE_ = SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tu> = SANS::DLA::VectorS<7, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::VectorArrayQ<Tu> = SANS::DLA::VectorS<3, SANS::DLA::VectorS<7, double> >; typename PDE_::ArrayQ<Tu> = SANS::DLA::VectorS<7, double>; SANS::PDENDConvertSpace<PhysD3, PDE_>::ArrayQ<Tf> = SANS::DLA::VectorS<7, double>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/IntegrandCell_Galerkin_Stabilized.h:798:5: required from ‘void SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::weightedIntegrand(const ParamT&, const ParamGradT&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::VectorArrayQ<Tg>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorSymArrayQ<Th>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorMatrixQ<Tk>&, const SANS::StabilizationMatrix::TauInverse<PDE_:: N, Tpq, Tt>&, SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti>*, int) const [with Tq = double; Tg = double; Th = double; Tk = double; Tpq = double; Tt = double; Ti = double; T = double; TopoDim = TopoD3; Topology = SANS::Tet; ElementParam = SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, double>, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> >; PDE_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::ParamT = SANS::ParamTuple<SANS::ParamTuple<SANS::DLA::MatrixSymS<3, double>, SANS::PointSequence<SANS::DLA::VectorS<8, double> >, SANS::TupleClass<0> >, SANS::DLA::VectorS<3, double>, SANS::TupleClass<0> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::ParamGradT = SANS::ParamTuple<SANS::ParamTuple<SANS::DLA::VectorS<3, SANS::DLA::MatrixSymS<3, double> >, SANS::PointSequence<SANS::DLA::VectorS<3, SANS::DLA::VectorS<8, double> > >, SANS::TupleClass<0> >, SANS::DLA::VectorS<3, SANS::DLA::VectorS<3, double> >, SANS::TupleClass<0> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti> = SANS::DLA::VectorS<7, double>; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::VectorArrayQ<Tg> = SANS::DLA::VectorS<3, SANS::DLA::VectorS<7, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorSymArrayQ<Th> = SANS::DLA::MatrixSymS<3, SANS::DLA::VectorS<7, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::TensorMatrixQ<Tk> = SANS::DLA::MatrixS<3, 3, SANS::DLA::MatrixS<7, 7, double> >; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::ArrayQ<Ti> = SANS::DLA::VectorS<7, double>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/IntegrandCell_Galerkin_Stabilized.h:499:20: required from ‘void SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::operator()(Real, const QuadPointType&, SANS::DLA::VectorD<typename PDE_::ArrayQ<Ti> >&) const [with Ti = double; T = double; TopoDim = TopoD3; Topology = SANS::Tet; ElementParam = SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, double>, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> >; PDE_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; Real = double; SANS::IntegrandCell_Galerkin_Stabilized<PDE_>::BasisWeighted<T, TopoDim, Topology, ElementParam>::QuadPointType = SANS::QuadraturePoint<TopoD3>; typename PDE_::ArrayQ<Ti> = SANS::DLA::VectorS<7, double>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/Element/GalerkinWeightedIntegral_New.h:67:10: required from ‘void SANS::GalerkinWeightedIntegral_New<TopoDim, Topology, IntegrandType, std::nullptr_t, std::nullptr_t>::operator()(const IntegrandFunctor&, const SANS::ElementXField<PhysDim, TopoDim, Topology, Axes>&, IntegrandType&) [with PhysDim = PhysD3; Axes = SANS::Cartesian; IntegrandFunctor = SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >::BasisWeighted<double, TopoD3, SANS::Tet, SANS::ElementTuple<SANS::ElementTuple<SANS::Element<SANS::DLA::MatrixSymS<3, double>, TopoD3, SANS::Tet>, SANS::ElementSequence<SANS::DLA::VectorS<8, double>, TopoD3, SANS::Tet>, SANS::TupleClass<0> >, SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian>::ElementType<double>, SANS::TupleClass<0> > >; TopoDim = TopoD3; Topology = SANS::Tet; IntegrandType = SANS::DLA::VectorD<SANS::DLA::VectorS<7, double> >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/ResidualCell_Galerkin.h:164:15: required from ‘void SANS::ResidualCell_Galerkin_impl<IntegrandCell, Vector, TR>::integrate(int, const typename XFieldType::FieldCellGroupType<Topology>&, const typename SANS::Field<typename IntegrandCell::PhysDim, TopoDim, typename IntegrandCell::ArrayQ<double>, typename XFieldType::Axes>::FieldCellGroupType<Topology>&, int) [with Topology = SANS::Tet; TopoDim = TopoD3; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, double>, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; IntegrandCell = SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >; Vector = SANS::SLA::SparseVector; TR = double; typename XFieldType::FieldCellGroupType<Topology> = SANS::FieldAssociativityTuple<SANS::FieldAssociativityTuple<SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::MatrixSymS<3, double> > >, SANS::FieldAssociativitySequence<SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::VectorS<8, double> > > >, SANS::TupleClass<0> >, SANS::XFieldAssociativity<SANS::XFieldGroupVolumeTraits<PhysD3, TopoD3, SANS::Tet, SANS::Cartesian> >, SANS::TupleClass<0> >; typename SANS::Field<typename IntegrandCell::PhysDim, TopoDim, typename IntegrandCell::ArrayQ<double>, typename XFieldType::Axes>::FieldCellGroupType<Topology> = SANS::FieldAssociativity<SANS::FieldGroupVolumeTraits<SANS::Tet, SANS::DLA::VectorS<7, double> > >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/IntegrateCellGroups.h:221:9: required from ‘static void SANS::IntegrateCellGroups<TopoD3>::integrate(SANS::GroupIntegralCellType<IntegralCell>&&, const SANS::FieldType<FieldClass>&, const SANS::FieldType<QFieldType>&, const int*, int) [with IntegralCell = SANS::ResidualCell_Galerkin_impl<SANS::IntegrandCell_Galerkin_Stabilized<SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::SLA::SparseVector, double>; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, double>, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; QFieldType = SANS::Field<PhysD3, TopoD3, SANS::DLA::VectorS<7, double>, SANS::Cartesian>]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Discretization/Galerkin/AlgebraicEquationSet_Galerkin_Stabilized.h:458:42: required from ‘void SANS::AlgebraicEquationSet_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, Traits, XFieldType>::residual(SANS::AlgebraicEquationSet_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, Traits, XFieldType>::SystemVectorView&) [with NDPDEClass_ = SANS::PDENDConvertSpace<PhysD3, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> >; BCNDConvert = SANS::BCNDConvertSpace; BCVector_ = boost::mpl::vector5<SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeSymmetry_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeFullState_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeInflowSubsonic_PtTta_mitState, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeOutflowSubsonic_Pressure_mitState<double>, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > >, SANS::BCmitAVSensor3D<SANS::BCTypeRobin_mitState, SANS::BCEuler3D<SANS::BCTypeOutflowSubsonic_Nozzle_mitState<double>, SANS::PDEEuler_RotorFlowTan3D<SANS::PDEmitAVSensor3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelArtificialViscosity<SANS::PDEEulermitAVDiffusion3D<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity, SANS::TraitsModelEuler<SANS::QTypePrimitiveRhoPressure, SANS::GasModel> >, SANS::AVSensor_AdvectiveFlux3D_Uniform<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity>, SANS::AVSensor_ViscousFlux3D_LinearInGradient<SANS::AVSensor_DiffusionMatrix3D_GenHScale<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> >, SANS::AVSensor_Source3D_PressureGrad<SANS::TraitsSizeEulerRotorFlowTanArtificialViscosity> > >, double> > > >; Traits = SANS::AlgEqSetTraits_Sparse; XFieldType = SANS::FieldTuple<SANS::FieldTuple<SANS::Field<PhysD3, TopoD3, SANS::DLA::MatrixSymS<3, double> >, SANS::FieldSequence<PhysD3, TopoD3, SANS::DLA::VectorS<8, double>, SANS::Cartesian>, SANS::TupleClass<0> >, SANS::XField<PhysD3, TopoD3>, SANS::TupleClass<0> >; SANS::AlgebraicEquationSet_Galerkin_Stabilized<NDPDEClass_, BCNDConvert, BCVector_, Traits, XFieldType>::SystemVectorView = SANS::DLA::VectorDView<SANS::SLA::SparseVector<SANS::DLA::VectorS<7, double> > >]’
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:1033:30: required from here
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h:106:42: error: ‘smoothmaxC2’ was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation [-fpermissive]
alpha_tau = smoothminC2(smoothmaxC2(ss, 0, stau), 1, stau);
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:50:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/tools/smoothmath.h:246:1: note: ‘template<class Tx, class Ty> typename std::enable_if<(boost::is_arithmetic<T>::value && boost::is_arithmetic<To>::value), typename SANS::promote_Surreal<L, R>::type>::type SANS::smoothmaxC2(const Tx&, const Ty&, Real)’ declared here, later in the translation unit
smoothmaxC2(const Tx& x, const Ty& y, const Real eps )
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEuler3D_RotorSource.h:18:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/Field/NormalField/DeltaRef/ProjectDeltaRef.h:11,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:41:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/RotorField.h:106:30: error: ‘smoothminC2’ was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation [-fpermissive]
alpha_tau = smoothminC2(smoothmaxC2(ss, 0, stau), 1, stau);
^
In file included from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/pde/NS/PDEEulermitAVDiffusion3D.h:17:0,
from /home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/test/unit/UserInterfaces/Ping_Euler_RotorFlowTan_btest.cpp:50:
/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16/src/tools/smoothmath.h:280:1: note: ‘template<class Tx, class Ty> typename std::enable_if<(boost::is_arithmetic<T>::value && boost::is_arithmetic<To>::value), typename SANS::promote_Surreal<L, R>::type>::type SANS::smoothminC2(const Tx&, const Ty&, Real)’ declared here, later in the translation unit
smoothminC2(const Tx& x, const Ty& y, const Real eps )
^
test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/build.make:62: recipe for target 'test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/Ping_Euler_RotorFlowTan_btest.cpp.o' failed
make[4]: *** [test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/Ping_Euler_RotorFlowTan_btest.cpp.o] Error 1
CMakeFiles/Makefile2:161152: recipe for target 'test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/all' failed
make[3]: *** [test/unit/UserInterfaces/CMakeFiles/Ping_Euler_RotorFlowTan_btest_OBJECT.dir/all] Error 2
CMakeFiles/Makefile2:161876: recipe for target 'test/unit/UserInterfaces/CMakeFiles/unit_UserInterfaces_build.dir/rule' failed
make[2]: *** [test/unit/UserInterfaces/CMakeFiles/unit_UserInterfaces_build.dir/rule] Error 2
Makefile:54136: recipe for target 'unit_UserInterfaces_build' failed
make[1]: *** [unit_UserInterfaces_build] Error 2
real 0m36.679s
user 0m33.144s
sys 0m2.644s
Makefile.parallel:20: recipe for target 'unit_UserInterfaces_build' failed
make: *** [unit_UserInterfaces_build] Error 1
make: *** Waiting for unfinished jobs....
Build step 'Execute shell' marked build as failure
[GNU C Compiler (gcc)ClangIntel Compiler (C, Fortran)Vera++] Skipping execution of recorder since overall result is 'FAILURE'
INFO: Processing BoostTest-1.x (default)
INFO: [BoostTest-1.x (default)] - No test report file(s) were found with the pattern 'build/boosttest/*.xml' relative to '/home/jenkins/workspace/SANS_Commit/builddir/release_gnu5/buildnode/reynolds-ubuntu16' for the testing framework 'BoostTest-1.x (default)'.
Did you enter a pattern relative to (and within) the workspace directory?
Did you generate the result report(s) for 'BoostTest-1.x (default)'?"
WARNING: All test reports are empty.
INFO: Check 'Failed Tests' threshold.
INFO: Check 'Skipped Tests' threshold.
[Checks API] No suitable checks publisher found.
INFO: Setting the build status to SUCCESS
[Coverage] Skipping execution of coverage recorder since overall result is 'FAILURE'
Finished: FAILURE
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